Tim Gruber

#Obesity & #Diabetes research | Neuroendocrinologist studying Astrocytes, Cerebrovasculature, and Oxytocin... recently delving into epigenetics

[Tim Gruber @TimGruber14]

Very happy to share a bit more of the PhD/Post-Doc work from my time @IDO_Helmholtz

In case you happen to be interested in the neuropeptide oxytocin and gut-brain signaling feel free to check out our latest preprint https://t.co/YMfmWjxlsU

[Tim Gruber @TimGruber14]

Great work - pls check it out! :)

Looking forward to be exposed to more such novel concepts and innovative approaches
@PospisilikJ lab @VAInstitute

[J. Andrew Pospisilik @PospisilikJ]

Two’s Two’s Two’s - Excited to share our study finding evidence of 2 major subtypes of obesity. Hope these can eventually help support more accurate understanding, diagnosis & treatment of #obesity and #diabetes. https://t.co/Qbs7EEEU11

[Van Andel Institute (VAI) @VAInstitute]

A team of scientists led by VAI’s @PospisilikJ has identified two distinct types of obesity—findings that offer a more nuanced understanding of obesity than current definitions and may one day inform more precise diagnosis and treatment of disease: https://t.co/PZfDShozuQ

[Tim Gruber @TimGruber14]

We’re honored that our work made it into this selection @Cell_Metabolism!

[Cristina García Cáceres @CGarciaCaceres]

We are delighted that our work captured the enthusiasm of the readers of @Cell_Metabolism as one of the past year’s most exciting paper in metabolic research 🙏🏼 @TimGruber14 @IDO_Helmholtz @DiabResearch @ERC_Research @SyNergy_Cluster @LMU_Uniklinikum #astrocyte #hypertension

[Tim Gruber @TimGruber14]

I am very grateful that I could keep enjoying to work on my favorite neuropeptide, a passion that was kindled in the lab of Valery Grinevich during my masters.

Thanks to these three mentors of mine!

[Tim Gruber @TimGruber14]

Very happy to share a bit more of the PhD/Post-Doc work from my time @IDO_Helmholtz

In case you happen to be interested in the neuropeptide oxytocin and gut-brain signaling feel free to check out our latest preprint https://t.co/YMfmWjxlsU

[Tim Gruber @TimGruber14]

Big ‘thank you’ to everyone involved - Wouldn’t have been possible without you!!

Special thanks to @CGarciaCaceres and @MatthiasTschop for continual support and encouragement with this (admittedly non-astrocyte ☺️) project.

[Cristina García Cáceres @CGarciaCaceres]

Finally out 🥳🥳🥳 Diet triggers specific responses of hypothalamic astrocytes in time and region dependent manner https://t.co/yEQZTMIBra

[JRNLclub @JRNLclub]

.@TimGruber14 finds that obesity induced remodeling of the gliovascular interface within the hypothalamus leads to arterial hypertension. @Cell_Metabolism @CGarciaCaceres @MatthiasTschop @helmholtz_diabc @HelmholtzMunich #JRNLclub https://t.co/egngkZUrVD

[Tim Gruber @TimGruber14]

To the original article (highly recommended!)

https://t.co/tyiDMd5Qn2

[Tim Gruber @TimGruber14]

Delighted and honored to have written a comment with @CGarciaCaceres featuring the great work recently published by D. Ameroso @dommistar, @Rioslaboratory and colleagues in @NatMetabolism

https://t.co/f2DNFewnzk

[Bonev Lab @Bonev_Lab]

We are thrilled to share that the first research paper from our lab describing coordinated remodeling of the epigenetic landscape in the mouse cortex is now published @NatureNeuro. Check it out at https://t.co/5pR9lLPe0q with a short summary of the key changes in revision below:

[Tim Gruber @TimGruber14]

Starting 2022 with the imo most fascinating neuropeptide <3

More intricacies of the OT system soon to be revealed - stay tuned ;)

[eLife - the journal @eLife]

Oxytocin has some of the broadest signalling roles in the body, but how do neurons know when and where to release it for each application?

Charles Fraser explains how neurons coordinate the release of oxytocin.

More in the latest 🎧 #eLifePodcast
https://t.co/ONKqjxSe8e

[Andréanne Michaud @MichaudAndrann1]

Impact of Weight Loss on Brain Age: Improved Brain Health Following Bariatric Surgery
@YasharZeighami @DadarMahsa @alain_dagher
https://t.co/DPo14ExZra

[Alexandre Fisette @Physettes]

Our research group is now on Twitter! Follow for @GRSC_UQTR for exciting research news :-)

[Nature Neuroscience @NatureNeuro]

The brains of #COVID-19 patients have damaged blood vessels (more so-called string vessels representing remnants of lost capillaries); SARS-CoV-2 infects brain endothelial cells and leads to microvascular pathology via RIPK signaling

https://t.co/vR0mgZ9EbS

[CSebastianLab @CSebastianLab]

After a summer break we are back to the Epigenetics&Metabolism Webinar series! Join us to hear about the epigenetic regulation of metabolic diseases by Prof. J.Andrew Pospisilik @PospisilikJ on September 16th. Organized by @Indraiitr and @CSebastianLab.

[Christoffer Clemmensen @ClemmensenC]

I enjoyed my podcast interview with @ihmc_stemtalk where we covered several topics including body weight biology, exercise science and emerging anti-obesity drugs https://t.co/nAykQrY4Ej

[Lewandowski S.A. @LewandowskiSA]

"You are as old as your blood vessels"
Vascular growth factors control healthy ageing and lifespan:
"Counteracting age-related VEGF signaling insufficiency promotes healthy ageing and extends life span" https://t.co/q0MdTUljcA

[JNE @JNE_Editor]

RegPep2020 Special Issue of articles on the role of regulatory peptides in systems physiology ‐ now out @JNE_Editor. Check it out at https://t.co/uudv4m9IFj . Thanks to Guest Editors from IRPS for their hard work. RegPep23 coming up next month - https://t.co/LrzoSAX16a